TERASAKI MCCB

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MOQ : 100 Pieces

TERASAKI MCCB Specification

Breaking Capacity
36 kA

Phase
Three Phase

Mechanical Life
10,000 Operations

Rated Short Circuit Breaking Current
36 kA

Rated Short Circuit Making Current
72 kA

Product Type
Moulded Case Circuit Breaker (MCCB)

Installation Options
Panel Mounting

Function
Protection against overload and short circuit

Poles Number
3 Pole

Rated Voltage
415V AC

Rated Current
100A

Rated Frequency
50/60 Hz

Curves
C Curve

Temperature Protection
Yes

Weight
1.6 kg

Color
Grey

Mounting Type
DIN Rail / Fixed

Insulation Voltage
690V

Connection Type
Bolt-On

Utilization Category
A

Enclosure Protection
IP20

Operating Temperature Range
-5°C to +40°C

Trip Unit Type
Thermal Magnetic

Standards
IEC 60947-2

TERASAKI MCCB Trade Information

Minimum Order Quantity
100 Pieces

Supply Ability
100 Pieces Per Day

Delivery Time
2 Days

Sample Available
Yes

Main Domestic Market
All India

About TERASAKI MCCB

Experience instant savings and optimum protection with the TERASAKI MCCBa remarked choice for modern electrical systems! Meet excellent standards with IEC 60947-2 compliance and a robust thermal magnetic trip unit. Boasting a 3-pole, 100A rating, and a remarkable breaking capacity of 36 kA, this MCCB is perfect for ensuring reliable short circuit and overload protection. Its DIN Rail or panel mounting options make installation straightforward. Order today from trusted distributors or suppliers and capitalize on this exclusive promotion for top-tier safety and performance.

Versatile Commercial Applications of TERASAKI MCCB

The TERASAKI MCCB is widely used in commercial buildings, factories, and industrial panels for competent overload and short circuit protection. It is an excellent solution as a main or feeder circuit breaker in three-phase systems. For best results, connect via bolt-on terminals on a DIN rail or fixed panel. The recommended direction of use involves vertical installation, guaranteeing optimum operational efficacy and safety across diverse electrical setups.

Packaging, Shipping, and Payment Information

Each TERASAKI MCCB is packaged for premium protection, ensuring safe transit and integrity of shipped goods. Logistics partners ensure timely delivery to your location, with clear tracking throughout the process. Payment terms are flexible, supporting bank transfer and LC options for your convenience. Samples are available upon request, providing clients with firsthand experience of product excellence before making substantial commitments.

FAQs of TERASAKI MCCB:

Q: How does the TERASAKI MCCB enhance electrical safety in industrial installations?

A: The TERASAKI MCCB offers robust protection against overload and short circuits, ensuring reliable operation and reducing electrical hazards in demanding commercial and industrial environments.

Q: What are the mounting options available for this MCCB model?

A: This MCCB can be mounted either directly on a DIN rail or fixed onto panels, providing versatile installation solutions for varied control panel designs.

Q: When is the ideal time to order the TERASAKI MCCB to benefit from current promotions?

A: Ordering today allows you to take advantage of instant savings and promotional offers available through authorized distributors and suppliers.

Q: Where can this MCCB be effectively used?

A: It is ideally suited for commercial buildings, power distribution panels, industrial operations, and any environment requiring three-phase overload or short circuit protection.

Q: What is the process for receiving a product sample before making a large purchase?

A: You can request a sample through your preferred supplier or distributor. After a review of your requirements, logistics will be coordinated to promptly deliver the sample for evaluation.

Q: How does the thermal magnetic trip unit operate for superior circuit protection?

A: The thermal magnetic trip unit combines thermal elements for long-term overload detection with magnetic components for instantaneous short circuit response, ensuring enhanced electrical system safety.

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